Multiphysics Simulation for the AI Era

Turn engineering intents to auditable simulation at the speed of thought

Structural Simulation

K

Our Approach

The Brain

Frontier AI Models

Reasoning & self-reflection

Deep domain knowledge

The Muscle

Best-In-Class Simulators

AI surrogates & foundation models

Trusted & optimized numerical solvers

What We Offer

Super-intelligent Multiphysics Simulation Agent

Empower every engineer with autonomous and high-fidelity simulations through an executable narrative

Frontier AI Agents
as the Brain

Zero-Barrier Interaction

Natural language interface allows domain experts to drive simulations without specialized training

Autonomous Expert Orchestration

Transforms weeks of PhD-level setup into minutes of execution using AI's deep knowledge, emergent reasoning, and self-reflection for multi-step tasks

Executable Engineering Narrative

Goals, assumptions, geometry, physics, solvers, validation, conclusions: every decision becomes part of one auditable record you edit, rerun, and justify.

Best-In-Class Simulators
as the Muscle

Complementary Strength

Rigorous GPU solvers for precision, AI surrogates and foundation models for exploration and inverse design, dynamically selected by KronosAI Agent

Agent-Native API

Designed from the ground up for autonomous multi-step workflow

Seamless Interoperability

Native support for industry-standard & proprietary customer file formats

Zero-Setup Scalability

100% cloud-based infrastructure for instant, parallel simulations*

*On-premise solution possible on demand
INVERSE DESIGN CAPABILITIES

Design the Future with AI-Powered
3D Inverse Design

Explore vast photonic design spaces with KronosAI's 3D full-wave solver, which dramatically reduces your design cycles.

Inverse Design Process Visualization
Inverse Design: Mode Demultiplexer

One Model. Multiple Physics.

KronosAI's foundation model transfers seamlessly between electromagnetics for silicon photonics and broadband acoustics for geophysical exploration without retraining.

Try Live Demo
Electromagnetic simulation of silicon photonics devices
Semiconductors

Photonics Design

Electromagnetics in Silicon Photonics

Electromagnetic wave propagation in dense silicon-photonics, including inverse-designed waveguides, couplers, and complex integrated circuits.

Seismic simulation for geophysical exploration
Energy

Subsurface Imaging

Seismic in Geophysical Exploration

Seismic wave simulation for subsurface imaging, reservoir monitoring, and hydrocarbon exploration.

Built on a single multiphysics foundation model that respects both Maxwell and acoustic wave equations.